Programmed medical bots and nanobots could revolutionize surgery.

程序化的医疗机器人和纳米机器人可能会让手术发生翻天覆地的变化。

Does this have something to do with the Biomax nanobots?

你要说的与生极纳米蜂群有关系吗？

Or nanobots coursing through our bodies to diagnose illness and deliver targeted medical treatment.

或者是纳米机器人进入我们的身体诊断疾病，并进行有针对性的治疗。

Advances in technology have created excitement around a future of personalized medicine driven by mechanical nanobots.

科技的发展，例如未来将会出现的能带来更多个性化药物的纳米机器人，令人兴奋无比。

In the future, nanobots or tiny robots will be subtly integrated into our bodies enhancing our own abilities!

在未来，纳米机器人或微型机器人将巧妙地融入我们的身体，它们可以增强我们自身的能力！

This compartment would contain nanobots and molecular building materials.

这个隔间将容纳纳米机器人和分子建筑材料。

An army of nanobots, tiny self-replicating robots, could destroy the biosphere.

-纳米机器人大军，微型自我复制机器人，可以摧毁生物圈。

In the future, we will use it to make tiny machines called nanobots.

将来，我们将用它来制造称为纳米机器人的微型机器。

And they would be considered geniuses because of nanobots and brain computer interfaces merged directly with their brains.

• 他们会被认为是天才，因为纳米机器人和脑机接口直接与他们的大脑融合在一起。

Nanobots in medicine represent a new technology that could save millions of lives.

医学中的纳米机器人代表了一项可以挽救数百万人生命的新技术。

This was achieved by dispersing nanobots into the air.

这是通过将纳米机器人分散到空气中实现的。

Each nanobot will be too small for our eyes to see.

每个纳米机器人都太小了，我们的眼睛看不到。

Each nanobot is then programmed with the final clothing design and set into motion.

然后，每个纳米机器人都按照最终的服装设计进行编程并启动。

This type of medicine allows the nanobots to precisely target cancer cells, while leaving healthy cells intact.

这种药物使纳米机器人能够精确地瞄准癌细胞，同时保持健康细胞完好无损。

These nanobots absorbed carbon dioxide and other toxic gases and replaced them with breathable air.

这些纳米机器人吸收二氧化碳和其他有毒气体，并用可呼吸的空气取而代之。

Nanobots then take shape around a person's body into a wearable outfit.

纳米机器人随后会围绕人体成形，形成一件可穿戴的服装。

Swarms of  self-replicating nanobots, known as Utility Fog, collectively accomplish large tasks, like building  towering structures or becoming structures themselves.

成群结队的自我复制纳米机器人，被称为 Utility Fog， 共同完成大型任务，例如建造高耸的结构或自己成为结构。

In 2018, a group of researchers injected nanobots into the bloodstream of the test subjects, mice to be more precise.

2018 年，一组研究人员将纳米机器人注入测试对象（更准确地说是老鼠）的血液中。

Besides that, the overall process of this treatment isn't only about producing nanobots and injecting them into the bloodstream.

除此之外，这种治疗的整个过程不仅仅是生产纳米机器人并将其注射到血液中。

These agile self-assembling nanobots zipping back and forth are all operated using a central controller which supplies the robots with exact instructions.

这些敏捷的自组装纳米机器人来回拉动，全部使用中央控制器进行操作，中央控制器为机器人提供准确的指令。